Voltage instability and power loss are significant problems in distribution Systems (DS). However, these usually mitigated by the optimal integration of distributed generation (DG) units DN. In this regard, location size DGs crucial. Otherwise, System performance will deteriorate. This study is conducted to place radial DS. Mayfly Algorithm (MA) used determine placement minimize loss, increase ...

Accurate loss minimization is the critical component for efficient electrical distribution power flow .The contribution of this work presents loss minimization in power distribution system through feeder restructuring, incorporating DG and placement of capacitor. The study of this work was conducted on IEEE distribution network and India Electricity Board benchmark distribution system. The exec...

1 Department of Electrical Engineering, Shiraz University 2 Department of Electrical Engineering, University of Eyvanekey Corresponding Author: Mohsen Khorasany Abstract—Nowadays limitation of energy sources has increased the demands for using Distributed Generation (DG) in electricity generation. One of the most important issues about DG is allocation size and place of DG in the network to ach...

This paper explains a new proposal for the placement, integration, and control of unified power quality conditioner (UPQC) in distributed generation (DG)-based grid connected/autonomous micro grid/micro generation (μG) system has been presented here along with fuzzy logic controller. Here we using fuzzy logic controller instead of using other controllers. The DG converters (with storage) and th...

Many problems in computer-aided design and graphics involve the process of setting and adjusting input parameters to obtain desirable output values. Exploring diierent parameter settings can be a diicult and tedious task in most such systems. In the Design Gallery TM (DG) approach, parameter setting is made easier by dividing the task more equitably between user and computer. DG interfaces pres...